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#include <SimpleBarrelNavigableLayer.h>
A concrete NavigableLayer for the barrel
Definition at line 12 of file SimpleBarrelNavigableLayer.h.
| SimpleBarrelNavigableLayer::SimpleBarrelNavigableLayer | ( | BarrelDetLayer * | detLayer, |
| const BDLC & | outerBLC, | ||
| const FDLC & | outerLeftFL, | ||
| const FDLC & | outerRightFL, | ||
| const MagneticField * | field, | ||
| float | epsilon, | ||
| bool | checkCrossingSide = true |
||
| ) |
Definition at line 23 of file SimpleBarrelNavigableLayer.cc.
References python::multivaluedict::sort(), theNegOuterLayers, theOuterBarrelLayers, theOuterLeftForwardLayers, theOuterRightForwardLayers, and thePosOuterLayers.
: SimpleNavigableLayer(field,epsilon,checkCrossingSide), areAllReachableLayersSet(false), theDetLayer( detLayer), theOuterBarrelLayers( outerBLC), theOuterLeftForwardLayers( outerLeftFL), theOuterRightForwardLayers( outerRightFL) { // put barrel and forward layers together theNegOuterLayers.reserve( outerBLC.size() + outerLeftFL.size()); thePosOuterLayers.reserve( outerBLC.size() + outerRightFL.size()); for (ConstBDLI bl=outerBLC.begin(); bl!=outerBLC.end(); bl++) theNegOuterLayers.push_back( *bl); thePosOuterLayers = theNegOuterLayers; // barrel part the same for (ConstFDLI fl=outerLeftFL.begin(); fl!=outerLeftFL.end(); fl++) theNegOuterLayers.push_back( *fl); for (ConstFDLI fl=outerRightFL.begin(); fl!=outerRightFL.end(); fl++) thePosOuterLayers.push_back( *fl); // sort the outer layers sort( theNegOuterLayers.begin(), theNegOuterLayers.end(), TkLayerLess()); sort( thePosOuterLayers.begin(), thePosOuterLayers.end(), TkLayerLess()); sort(theOuterBarrelLayers.begin(), theOuterBarrelLayers.end(), TkLayerLess()); sort(theOuterLeftForwardLayers.begin(), theOuterLeftForwardLayers.end(), TkLayerLess()); sort(theOuterRightForwardLayers.begin(), theOuterRightForwardLayers.end(), TkLayerLess()); }
| SimpleBarrelNavigableLayer::SimpleBarrelNavigableLayer | ( | BarrelDetLayer * | detLayer, |
| const BDLC & | outerBLC, | ||
| const BDLC & | innerBLC, | ||
| const BDLC & | allOuterBLC, | ||
| const BDLC & | allInnerBLC, | ||
| const FDLC & | outerLeftFL, | ||
| const FDLC & | outerRightFL, | ||
| const FDLC & | allOuterLeftFL, | ||
| const FDLC & | allOuterRightFL, | ||
| const FDLC & | innerLeftFL, | ||
| const FDLC & | innerRightFL, | ||
| const FDLC & | allInnerLeftFL, | ||
| const FDLC & | allInnerRightFL, | ||
| const MagneticField * | field, | ||
| float | epsilon, | ||
| bool | checkCrossingSide = true |
||
| ) |
Definition at line 61 of file SimpleBarrelNavigableLayer.cc.
References outsideIn, python::multivaluedict::sort(), theInnerBarrelLayers, theInnerLeftForwardLayers, theInnerRightForwardLayers, theNegInnerLayers, theNegOuterLayers, theOuterBarrelLayers, theOuterLeftForwardLayers, theOuterRightForwardLayers, thePosInnerLayers, and thePosOuterLayers.
: SimpleNavigableLayer(field,epsilon,checkCrossingSide), areAllReachableLayersSet(true), theDetLayer( detLayer), theOuterBarrelLayers( outerBLC), theInnerBarrelLayers( innerBLC), theAllOuterBarrelLayers( allOuterBLC), theAllInnerBarrelLayers( allInnerBLC), theOuterLeftForwardLayers( outerLeftFL), theOuterRightForwardLayers( outerRightFL), theAllOuterLeftForwardLayers( allOuterLeftFL), theAllOuterRightForwardLayers( allOuterRightFL), theInnerLeftForwardLayers( innerLeftFL), theInnerRightForwardLayers( innerRightFL), theAllInnerLeftForwardLayers( allInnerLeftFL), theAllInnerRightForwardLayers( allInnerRightFL) { // put barrel and forward layers together theNegOuterLayers.reserve( outerBLC.size() + outerLeftFL.size()); thePosOuterLayers.reserve( outerBLC.size() + outerRightFL.size()); theNegInnerLayers.reserve( innerBLC.size() + innerLeftFL.size()); thePosInnerLayers.reserve( innerBLC.size() + innerRightFL.size()); for (ConstBDLI bl=outerBLC.begin(); bl!=outerBLC.end(); bl++) theNegOuterLayers.push_back( *bl); thePosOuterLayers = theNegOuterLayers; // barrel part the same for (ConstFDLI fl=outerLeftFL.begin(); fl!=outerLeftFL.end(); fl++) theNegOuterLayers.push_back( *fl); for (ConstFDLI fl=outerRightFL.begin(); fl!=outerRightFL.end(); fl++) thePosOuterLayers.push_back( *fl); for (ConstBDLI bl=innerBLC.begin(); bl!=innerBLC.end(); bl++) theNegInnerLayers.push_back( *bl); thePosInnerLayers = theNegInnerLayers; // barrel part the same for (ConstFDLI fl=innerLeftFL.begin(); fl!=innerLeftFL.end(); fl++) theNegInnerLayers.push_back( *fl); for (ConstFDLI fl=innerRightFL.begin(); fl!=innerRightFL.end(); fl++) thePosInnerLayers.push_back( *fl); // sort the outer layers sort( theNegOuterLayers.begin(), theNegOuterLayers.end(), TkLayerLess()); sort( thePosOuterLayers.begin(), thePosOuterLayers.end(), TkLayerLess()); sort( theNegInnerLayers.begin(), theNegInnerLayers.end(), TkLayerLess(outsideIn)); sort( thePosInnerLayers.begin(), thePosInnerLayers.end(), TkLayerLess(outsideIn)); sort(theOuterBarrelLayers.begin(), theOuterBarrelLayers.end(), TkLayerLess()); sort(theInnerBarrelLayers.begin(), theInnerBarrelLayers.end(),TkLayerLess(outsideIn)); sort(theOuterLeftForwardLayers.begin(), theOuterLeftForwardLayers.end(), TkLayerLess()); sort(theOuterRightForwardLayers.begin(), theOuterRightForwardLayers.end(), TkLayerLess()); sort(theInnerLeftForwardLayers.begin(), theInnerLeftForwardLayers.end(),TkLayerLess(outsideIn)); sort(theInnerRightForwardLayers.begin(), theInnerRightForwardLayers.end(),TkLayerLess(outsideIn)); }
| vector< const DetLayer * > SimpleBarrelNavigableLayer::compatibleLayers | ( | NavigationDirection | direction | ) | const [virtual] |
Implements NavigableLayer.
Definition at line 257 of file SimpleBarrelNavigableLayer.cc.
References areAllReachableLayersSet, i, insideOut, query::result, theAllInnerBarrelLayers, theAllInnerLeftForwardLayers, theAllInnerRightForwardLayers, theAllOuterBarrelLayers, theAllOuterLeftForwardLayers, and theAllOuterRightForwardLayers.
Referenced by compatibleLayers().
{
if( !areAllReachableLayersSet ){
edm::LogError("TkNavigation") << "ERROR: compatibleLayers() method used without all reachableLayers are set" ;
throw DetLayerException("compatibleLayers() method used without all reachableLayers are set");
}
vector<const DetLayer*> result;
if ( dir == insideOut) {
for ( BDLC::const_iterator i=theAllOuterBarrelLayers.begin();
i!=theAllOuterBarrelLayers.end(); i++) {
result.push_back(*i);
}
// result = theAllOuterBarrelLayers;
for ( FDLC::const_iterator i=theAllOuterLeftForwardLayers.begin();
i!=theAllOuterLeftForwardLayers.end(); i++) {
// avoid duplication of barrel layers
result.push_back(*i);
}
for ( FDLC::const_iterator i=theAllOuterRightForwardLayers.begin();
i!=theAllOuterRightForwardLayers.end(); i++) {
// avoid duplication of barrel layers
result.push_back(*i);
}
}
else {
for ( BDLC::const_iterator i=theAllInnerBarrelLayers.begin();
i!=theAllInnerBarrelLayers.end(); i++) {
result.push_back(*i);
}
for ( FDLC::const_iterator i=theAllInnerLeftForwardLayers.begin();
i!=theAllInnerLeftForwardLayers.end(); i++) {
// avoid duplication of barrel layers
result.push_back(*i);
}
for ( FDLC::const_iterator i=theAllInnerRightForwardLayers.begin();
i!=theAllInnerRightForwardLayers.end(); i++) {
// avoid duplication of barrel layers
result.push_back(*i);
}
}
return result;
}
| vector< const DetLayer * > SimpleBarrelNavigableLayer::compatibleLayers | ( | const FreeTrajectoryState & | fts, |
| PropagationDirection | timeDirection | ||
| ) | const [virtual] |
Reimplemented from NavigableLayer.
Definition at line 304 of file SimpleBarrelNavigableLayer.cc.
References areAllReachableLayersSet, compatibleLayers(), cmsDriverOptions::counter, FreeTrajectoryState::hasError(), insideOut, FreeTrajectoryState::momentum(), oppositeToMomentum, outsideIn, FreeTrajectoryState::parameters(), FreeTrajectoryState::position(), query::result, cond::rpcobtemp::temp, SimpleNavigableLayer::wellInside(), PV3DBase< T, PVType, FrameType >::x(), and PV3DBase< T, PVType, FrameType >::y().
{
if( !areAllReachableLayersSet ){
int counter = 0;
return SimpleNavigableLayer::compatibleLayers(fts,dir,counter);
// edm::LogError("TkNavigation") << "ERROR: compatibleLayers() method used without all reachableLayers are set" ;
// throw DetLayerException("compatibleLayers() method used without all reachableLayers are set");
}
vector<const DetLayer*> result;
FreeTrajectoryState ftsWithoutErrors = (fts.hasError()) ?
FreeTrajectoryState( fts.parameters()) : fts;
//establish whether the tracks is crossing the tracker from outer layers to inner ones
//or from inner to outer.
GlobalVector transversePosition(fts.position().x(), fts.position().y(), 0);
//GlobalVector transverseMomentum(fts.momentum().x(), fts.momentum().y(), 0);
//bool isInOutTrack = (fts.position().basicVector().dot(fts.momentum().basicVector())>0) ? 1 : 0;
bool isInOutTrack = (transversePosition.dot(fts.momentum())>0) ? 1 : 0;
//establish whether inner or outer layers are crossed after propagation, according
//to BOTH propagationDirection AND track momentum
bool dirOppositeXORisInOutTrack = ( !(dir == oppositeToMomentum) && isInOutTrack) || ((dir == oppositeToMomentum) && !isInOutTrack);
vector<const DetLayer*> temp = dirOppositeXORisInOutTrack ? compatibleLayers(insideOut) : compatibleLayers(outsideIn);
wellInside( ftsWithoutErrors, dir, temp, result);
return result;
}
| DetLayer * SimpleBarrelNavigableLayer::detLayer | ( | ) | const [virtual] |
Implements NavigableLayer.
Definition at line 336 of file SimpleBarrelNavigableLayer.cc.
References theDetLayer.
Referenced by nextLayers().
{ return theDetLayer;}
| vector< const DetLayer * > SimpleBarrelNavigableLayer::nextLayers | ( | const FreeTrajectoryState & | fts, |
| PropagationDirection | timeDirection | ||
| ) | const [virtual] |
Implements NavigableLayer.
Definition at line 161 of file SimpleBarrelNavigableLayer.cc.
References alongMomentum, detLayer(), FreeTrajectoryState::hasError(), LogDebug, FreeTrajectoryState::momentum(), oppositeToMomentum, FreeTrajectoryState::parameters(), FreeTrajectoryState::position(), query::result, theInnerBarrelLayers, theInnerLeftForwardLayers, theInnerRightForwardLayers, theNegInnerLayers, theNegOuterLayers, theOuterBarrelLayers, theOuterLeftForwardLayers, theOuterRightForwardLayers, thePosInnerLayers, thePosOuterLayers, SimpleNavigableLayer::theSelfSearch, SimpleNavigableLayer::wellInside(), PV3DBase< T, PVType, FrameType >::x(), PV3DBase< T, PVType, FrameType >::y(), and PV3DBase< T, PVType, FrameType >::z().
{
// This method contains the sequence in which the layers are tested.
// The iteration stops as soon as a layer contains the propagated state
// within epsilon.
vector<const DetLayer*> result;
FreeTrajectoryState ftsWithoutErrors = (fts.hasError()) ?
FreeTrajectoryState( fts.parameters()) :
fts;
//establish whether the tracks is crossing the tracker from outer layers to inner ones
//or from inner to outer.
GlobalVector transversePosition(fts.position().x(), fts.position().y(), 0);
//GlobalVector transverseMomentum(fts.momentum().x(), fts.momentum().y(), 0);
//bool isInOutTrack = (fts.position().basicVector().dot(fts.momentum().basicVector())>0) ? 1 : 0;
bool isInOutTrackBarrel = (transversePosition.dot(fts.momentum())>0) ? 1 : 0;
//cout << "dot: " << transversePosition.dot(fts.momentum()) << endl;
float zpos = fts.position().z();
bool isInOutTrackFWD = fts.momentum().z()*zpos>0;
//establish whether inner or outer layers are crossed after propagation, according
//to BOTH propagationDirection AND track momentum
bool dirOppositeXORisInOutTrackBarrel = ( !(dir == oppositeToMomentum) && isInOutTrackBarrel) || ((dir == oppositeToMomentum) && !isInOutTrackBarrel);
bool dirOppositeXORisInOutTrackFWD = ( !(dir == oppositeToMomentum) && isInOutTrackFWD) || ((dir == oppositeToMomentum) && !isInOutTrackFWD);
LogDebug("SimpleBarrelNavigableLayer") << "is alongMomentum? " << (dir == alongMomentum) << endl
<< "isInOutTrackBarrel: " << isInOutTrackBarrel << endl
<< "isInOutTrackFWD: " << isInOutTrackFWD << endl
<< "dirOppositeXORisInOutTrackFWD: " << dirOppositeXORisInOutTrackFWD << endl
<< "dirOppositeXORisInOutTrackBarrel: "<< dirOppositeXORisInOutTrackBarrel << endl;
bool signZmomentumXORdir = (( (fts.momentum().z() > 0) && !(dir == alongMomentum) ) ||
(!(fts.momentum().z() > 0) && (dir == alongMomentum) ) );
if ( dirOppositeXORisInOutTrackBarrel && dirOppositeXORisInOutTrackFWD) {
if ( signZmomentumXORdir ) {
wellInside( ftsWithoutErrors, dir, theNegOuterLayers, result);
}
else {
wellInside( ftsWithoutErrors, dir, thePosOuterLayers, result);
}
} else if (!dirOppositeXORisInOutTrackBarrel && !dirOppositeXORisInOutTrackFWD){
if ( signZmomentumXORdir ) {
wellInside( ftsWithoutErrors, dir, thePosInnerLayers, result);
}
else {
wellInside( ftsWithoutErrors, dir, theNegInnerLayers, result);
}
} else if (!dirOppositeXORisInOutTrackBarrel && dirOppositeXORisInOutTrackFWD){
wellInside(ftsWithoutErrors, dir, theInnerBarrelLayers.begin(), theInnerBarrelLayers.end(), result);
if (signZmomentumXORdir){
wellInside(ftsWithoutErrors, dir, theInnerLeftForwardLayers.begin(), theInnerLeftForwardLayers.end(), result);
wellInside(ftsWithoutErrors, dir, theOuterLeftForwardLayers.begin(), theOuterLeftForwardLayers.end(), result);
} else {
wellInside(ftsWithoutErrors, dir, theInnerRightForwardLayers.begin(), theInnerRightForwardLayers.end(), result);
wellInside(ftsWithoutErrors, dir, theOuterRightForwardLayers.begin(), theOuterRightForwardLayers.end(), result);
}
} else {
if (signZmomentumXORdir){
wellInside(ftsWithoutErrors, dir, theInnerLeftForwardLayers.begin(), theInnerLeftForwardLayers.end(), result);
} else {
wellInside(ftsWithoutErrors, dir, theInnerRightForwardLayers.begin(), theInnerRightForwardLayers.end(), result);
}
wellInside(ftsWithoutErrors, dir, theOuterBarrelLayers.begin(), theOuterBarrelLayers.end(), result);
}
bool goingIntoTheBarrel = (!isInOutTrackBarrel && dir==alongMomentum) || (isInOutTrackBarrel && dir==oppositeToMomentum) ;
LogDebug("SimpleBarrelNavigableLayer") << "goingIntoTheBarrel: " << goingIntoTheBarrel;
if (theSelfSearch && result.size()==0){
if (!goingIntoTheBarrel){ LogDebug("SimpleBarrelNavigableLayer")<<" state is not going toward the center of the barrel. not adding self search.";}
else{
const BarrelDetLayer * bl = dynamic_cast<const BarrelDetLayer *>(detLayer()); unsigned int before=result.size();
LogDebug("SimpleBarrelNavigableLayer")<<" I am trying to added myself as a next layer.";
wellInside(ftsWithoutErrors, dir, bl, result);
unsigned int after=result.size();
if (before!=after)
LogDebug("SimpleBarrelNavigableLayer")<<" I have added myself as a next layer.";
}
}
return result;
}
| vector< const DetLayer * > SimpleBarrelNavigableLayer::nextLayers | ( | NavigationDirection | direction | ) | const [virtual] |
Implements NavigableLayer.
Definition at line 134 of file SimpleBarrelNavigableLayer.cc.
References Reference_intrackfit_cff::endcap, i, insideOut, query::result, theNegInnerLayers, theNegOuterLayers, thePosInnerLayers, and thePosOuterLayers.
{
vector<const DetLayer*> result;
// the order is the one in which layers
// should be checked for a reasonable trajectory
if ( dir == insideOut) {
result = theNegOuterLayers;
for ( DLC::const_iterator i=thePosOuterLayers.begin();
i!=thePosOuterLayers.end(); i++) {
// avoid duplication of barrel layers
if ((**i).location() == GeomDetEnumerators::endcap) result.push_back(*i);
}
}
else {
result = theNegInnerLayers;
for ( DLC::const_iterator i=thePosInnerLayers.begin();
i!=thePosInnerLayers.end(); i++) {
// avoid duplication of barrel layers
if ((**i).location() == GeomDetEnumerators::endcap) result.push_back(*i);
}
}
return result;
}
| void SimpleBarrelNavigableLayer::setAdditionalLink | ( | DetLayer * | additional, |
| NavigationDirection | direction = insideOut |
||
| ) | [virtual] |
Implements SimpleNavigableLayer.
Definition at line 385 of file SimpleBarrelNavigableLayer.cc.
References insideOut, GeometricSearchDet::position(), theAllInnerBarrelLayers, theAllInnerLeftForwardLayers, theAllInnerRightForwardLayers, theAllOuterBarrelLayers, theAllOuterLeftForwardLayers, theAllOuterRightForwardLayers, theInnerBarrelLayers, theInnerLeftForwardLayers, theInnerRightForwardLayers, theNegInnerLayers, theNegOuterLayers, theOuterBarrelLayers, theOuterLeftForwardLayers, theOuterRightForwardLayers, thePosInnerLayers, thePosOuterLayers, and PV3DBase< T, PVType, FrameType >::z().
{
ForwardDetLayer* fadditional = dynamic_cast<ForwardDetLayer*>(additional);
BarrelDetLayer* badditional = dynamic_cast<BarrelDetLayer*>(additional);
if (badditional){
if (direction==insideOut){
theAllOuterBarrelLayers.push_back(badditional);
theOuterBarrelLayers.push_back(badditional);
theNegOuterLayers.push_back(badditional);
thePosOuterLayers.push_back(badditional);
return;
}
theAllInnerBarrelLayers.push_back(badditional);
theInnerBarrelLayers.push_back(badditional);
theNegInnerLayers.push_back(badditional);
thePosInnerLayers.push_back(badditional);
return;
} else if (fadditional){
double zpos = fadditional->position().z();
if (direction==insideOut){
if (zpos>0){
theOuterRightForwardLayers.push_back(fadditional);
theAllOuterRightForwardLayers.push_back(fadditional);
thePosOuterLayers.push_back(fadditional);
return;
}
theOuterLeftForwardLayers.push_back(fadditional);
theAllOuterLeftForwardLayers.push_back(fadditional);
theNegOuterLayers.push_back(fadditional);
return;
}
if (zpos>0){
theInnerRightForwardLayers.push_back(fadditional);
theAllInnerRightForwardLayers.push_back(fadditional);
thePosInnerLayers.push_back(fadditional);
return;
}
theInnerLeftForwardLayers.push_back(fadditional);
theAllInnerLeftForwardLayers.push_back(fadditional);
theNegInnerLayers.push_back(fadditional);
return;
}
edm::LogError("TkNavigation") << "trying to add neither a ForwardDetLayer nor a BarrelDetLayer";
return;
}
| void SimpleBarrelNavigableLayer::setDetLayer | ( | DetLayer * | dl | ) | [virtual] |
Implements NavigableLayer.
Definition at line 338 of file SimpleBarrelNavigableLayer.cc.
References ExpressReco_HICollisions_FallBack::cerr.
{
cerr << "Warniong: SimpleBarrelNavigableLayer::setDetLayer called."
<< endl << "This should never happen!" << endl;
}
| void SimpleBarrelNavigableLayer::setInwardLinks | ( | const BDLC & | theBarrelv, |
| const FDLC & | theForwardv, | ||
| TkLayerLess | sorter = TkLayerLess(outsideIn) |
||
| ) | [virtual] |
Implements SimpleNavigableLayer.
Definition at line 343 of file SimpleBarrelNavigableLayer.cc.
References python::multivaluedict::sort(), MCScenario_CRAFT1_22X::sorter(), theInnerBarrelLayers, theInnerLeftForwardLayers, theInnerRightForwardLayers, theNegInnerLayers, and thePosInnerLayers.
{
theInnerBarrelLayers=theBarrelv;
// sort the inner layers
sort(theInnerBarrelLayers.begin(), theInnerBarrelLayers.end(),sorter);
ConstFDLI middle = find_if( theForwardv.begin(),theForwardv.end(),
not1(DetBelowZ(0)));
theInnerLeftForwardLayers=FDLC(theForwardv.begin(),middle);
theInnerRightForwardLayers=FDLC(middle,theForwardv.end());
// sort the inner layers
sort(theInnerLeftForwardLayers.begin(), theInnerLeftForwardLayers.end(),sorter);
sort(theInnerRightForwardLayers.begin(), theInnerRightForwardLayers.end(),sorter);
// put barrel and forward layers together
theNegInnerLayers.reserve( theInnerBarrelLayers.size() + theInnerLeftForwardLayers.size());
thePosInnerLayers.reserve( theInnerBarrelLayers.size() + theInnerRightForwardLayers.size());
for (ConstBDLI bl=theInnerBarrelLayers.begin(); bl!=theInnerBarrelLayers.end(); bl++)
theNegInnerLayers.push_back( *bl);
thePosInnerLayers = theNegInnerLayers; // barrel part the same
for (ConstFDLI fl=theInnerLeftForwardLayers.begin(); fl!=theInnerLeftForwardLayers.end(); fl++)
theNegInnerLayers.push_back( *fl);
for (ConstFDLI fl=theInnerRightForwardLayers.begin(); fl!=theInnerRightForwardLayers.end(); fl++)
thePosInnerLayers.push_back( *fl);
// sort the inner layers
sort( theNegInnerLayers.begin(), theNegInnerLayers.end(), sorter);
sort( thePosInnerLayers.begin(), thePosInnerLayers.end(), sorter);
sort(theInnerBarrelLayers.begin(), theInnerBarrelLayers.end(),sorter);
sort(theInnerLeftForwardLayers.begin(), theInnerLeftForwardLayers.end(),sorter);
sort(theInnerRightForwardLayers.begin(), theInnerRightForwardLayers.end(),sorter);
}
bool SimpleBarrelNavigableLayer::areAllReachableLayersSet [private] |
Definition at line 64 of file SimpleBarrelNavigableLayer.h.
Referenced by compatibleLayers().
Definition at line 70 of file SimpleBarrelNavigableLayer.h.
Referenced by compatibleLayers(), and setAdditionalLink().
Definition at line 79 of file SimpleBarrelNavigableLayer.h.
Referenced by compatibleLayers(), and setAdditionalLink().
Definition at line 80 of file SimpleBarrelNavigableLayer.h.
Referenced by compatibleLayers(), and setAdditionalLink().
Definition at line 69 of file SimpleBarrelNavigableLayer.h.
Referenced by compatibleLayers(), and setAdditionalLink().
Definition at line 74 of file SimpleBarrelNavigableLayer.h.
Referenced by compatibleLayers(), and setAdditionalLink().
Definition at line 75 of file SimpleBarrelNavigableLayer.h.
Referenced by compatibleLayers(), and setAdditionalLink().
Definition at line 66 of file SimpleBarrelNavigableLayer.h.
Referenced by detLayer().
Definition at line 68 of file SimpleBarrelNavigableLayer.h.
Referenced by nextLayers(), setAdditionalLink(), setInwardLinks(), and SimpleBarrelNavigableLayer().
Definition at line 77 of file SimpleBarrelNavigableLayer.h.
Referenced by nextLayers(), setAdditionalLink(), setInwardLinks(), and SimpleBarrelNavigableLayer().
Definition at line 78 of file SimpleBarrelNavigableLayer.h.
Referenced by nextLayers(), setAdditionalLink(), setInwardLinks(), and SimpleBarrelNavigableLayer().
Definition at line 84 of file SimpleBarrelNavigableLayer.h.
Referenced by nextLayers(), setAdditionalLink(), setInwardLinks(), and SimpleBarrelNavigableLayer().
Definition at line 82 of file SimpleBarrelNavigableLayer.h.
Referenced by nextLayers(), setAdditionalLink(), and SimpleBarrelNavigableLayer().
Definition at line 67 of file SimpleBarrelNavigableLayer.h.
Referenced by nextLayers(), setAdditionalLink(), and SimpleBarrelNavigableLayer().
Definition at line 72 of file SimpleBarrelNavigableLayer.h.
Referenced by nextLayers(), setAdditionalLink(), and SimpleBarrelNavigableLayer().
Definition at line 73 of file SimpleBarrelNavigableLayer.h.
Referenced by nextLayers(), setAdditionalLink(), and SimpleBarrelNavigableLayer().
Definition at line 85 of file SimpleBarrelNavigableLayer.h.
Referenced by nextLayers(), setAdditionalLink(), setInwardLinks(), and SimpleBarrelNavigableLayer().
Definition at line 83 of file SimpleBarrelNavigableLayer.h.
Referenced by nextLayers(), setAdditionalLink(), and SimpleBarrelNavigableLayer().
1.7.3